YE572113-30SMAM

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RF antennas are a type of antenna specially designed to send and receive radio waves. The YE572113-30SMAM is a type of RF antenna, typically used in the 900 MHz frequency range. It is mostly used in radio-based applications such as land-mobile communication, short range radio broadcasting and wireless navigation systems. The antenna is small in size and can be easily mounted on a range of devices, making it an ideal choice for some applications.

The main components of the YE572113-30SMAM antenna are its dielectric rods, magnetic core, and radiating elements. The dielectric rods act as a polarizing material and determines the polarization of the radiation. The magnetic core helps to focus the radio waves, and the radiating elements emit the radio waves.

The antenna works by transmitting and reflecting radio waves in the frequency range of 900 MHz. It has a low profile design that is ideal for lower power applications. The antenna is directional so it does not provide uniform coverage in the area. It focuses the radiation towards the chosen direction that increases its range. The antenna also has a high gain of 7-8 dBi, which helps in providing longer range communication.

The YE572113-30SMAM antenna can be used in various applications such as building-to-building communication systems, industrial radio links, satellite tracking systems, ship-to-ship communication systems, and radio base stations. Due to its small size, it can be easily mounted on devices like laptops, small robots, and surveillance systems, making it a perfect choice for such applications. It is also used in small-scale communication systems such as wireless sensor networks and in vehicle tracking systems.

The YE572113-30SMAM is a cost-effective and efficient antenna for a wide range of applications. Its small size and high gain make it an ideal solution for low power devices. Its directional characteristics also make it suitable for applications that require more focused radio waves. It is an ideal choice for radio-based communications and for applications where a low antenna profile is desired.

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